Download Server/Loader User Manual

directory of your operating system (Windows 95/98: c:\windows\system, and in Windows
NT/W2K: c:\winnt\system32). SDK install should have done this for you.
With LINUX you should link with liblinuxsl.so which should have been deposited in
/usr/local/lib by the installation script.
With VxWorks there’s no need to link with a library if the ‘vxwsl.o’ has already been loaded
separately onto the system. If this is not the case, either link with ‘vxwsl.o’ or ‘vxwsllib.o’.
With RTOS-32 you should link with ‘rtossl.lib’ which should be in hesl\lib\rtos32 of your
API&Tools installation directory.
Examples
Three worked out examples are available on the HUNT ENGINEERING CD:
cd:\examples\server_loader_examples\c6x\examples\mysl
cd:\examples\server_loader_examples\c6x\examples\sl_api\batch
cd:\examples\server_loader_examples\c6x\examples\sl_api\exe
The first example, mysl, is the simplest example. It shows you how to create your own
Server/Loader using the Server/Loader library. The other 2 examples, in sl_api, show how
you can combine the Server/Loader with the API: use the Server/Loader to boot a multiprocessor system, then use the API to communicate with it.
In the sl_api example, there are 2 sub-directories, exe and batch. In the batch example
the DSP system is booted using the standard Server/Loader. But the Server/ Loader isn't
used to serve; instead another program takes over and communicates with the booted DSP
system. In the exe example the Server/Loader library is used to reset and boot the DSP
system, then the API is used to communicate with the booted DSP system.
On WIN32, the 32-bit Microsoft Visual C/C++ is supported (versions 4, 5, and 6), as well
as the 32-bit Borland C/C++.
For LINUX, the GNU C/C++ compiler is supported.
For VxWorks, the GNU C/C++ compiler is supported.
For RTOS32, the Microsoft Visual C/C++ compiler is supported.
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HUNT ENGINEERING Server/Loader USER MANUAL